Answer:
You will use Single Mode Fiber (SMF).
Explanation:
SMF is the best option in this case since we will be installing segments of up to 4000m. SMF is known for its capability to maintain a high-quality signal and practically zero degradation across long distances.
Answer:
If left being the shortest file size and right being the biggest file size...
It is JPEG, PNG, TIFF.
Explanation:
TIFF is used primarily for editing photos or for uncompressed high quality images for things like 4K textures. The file size will be bigger since generally it is uncompressed.
PNG reserves the maximum quality of the image and can not be compressed. (It can be compressed but the results are very minimal).
JPEG allows for the user to decide the compression and quality of the image. JPEG also doesn't hold transparency data, thus making JPEG generally use less space than PNG and definitely more than TIFF.
Answer: designing the facility with architects.
Explanation: The programming phase of a facility construction has nothing to do with the architectural design of the facility. The programming phase usually involves ; Determining the needs of intended or impending users, estimated construction cost, required area for the project. The programming phase may involve individual or joint questioning or fact finding from the intended occupants or user group to determine their needs in terms of systems and infrastructure, security and so on. It also gets intended occupants informed on the features, use and design of the intended project. It also examines the effect of the project on structures previously existing in the environment.
<u>Integrity IPsec security</u> function provides assurance that the data received via a VPN has not been modified in transit.
<u>Explanation:</u>
IPsec utilizes cryptographic security administrations to ensure interchanges over Internet Protocol (IP) systems. It underpins organize level friend validation, information beginning confirmation, information honesty, information classification (encryption), and replay assurance. ESP gives confirmation, respectability, and secrecy, which ensure against information altering and, in particular, give message content security.
Moreover, parcels that are not confirmed are disposed of and not conveyed to the planned recipient. ESP likewise gives all encryption benefits in IPSec. IPsec Authentication Header (AH), IPsec Encapsulating Security Payload (ESP), and the IPsec Internet Key Exchange (IKE). for both IPv4 and IPv6 systems, and activity in the two adaptations is comparative.
